This section is an ongoing compilation of tough questions related to COVID-19, with suggested answers. Many of these topics are sensitive and often politicized. The document is designed to provide message guidance and framing for public health officials and others, and it is regularly updated to reflect new developments and emerging issues.

Vaccine Booster Doses

The vaccines work. The COVID-19 vaccines continue to be remarkably effective in reducing risk of severe disease, hospitalization, and death, including against the delta variant. CDC data show that in August 2021, the risk of dying from COVID-19 in the U.S. was more than 11 times greater for unvaccinated people than for fully vaccinated people.

Booster doses are recommended for some groups of people:

  • Some Pfizer and Moderna recipients should get a booster at least six months after their second shot – people age 65 and older, and adults at high risk due to medical conditions or exposure at their jobs.
  • All Johnson & Johnson recipients age 18 and older should get a booster at least two months after their initial shot.
  • Immunocompromised people who received the Pfizer or Moderna vaccine should get an additional dose at least 28 days after their second dose.

The CDC’s clinical guidance advises people to get the same booster as their initial vaccine, but allows people to mix and match (i.e. get a different COVID-19 booster than their initial vaccine) if they have a different preference.

As the science and the virus evolve, so do our policies and recommendations. Booster doses are common for many vaccines. The scientists and medical experts who developed the COVID-19 vaccines continue to closely watch for signs of waning immunity, how well the vaccines protect against new mutations of the virus, and how that data differ across age groups and risk factors. 

Updated October 22, 2021

The protection against disease that vaccines provide may start to wane over time. In these cases, a booster dose may be needed to boost a person’s immune response and increase protection. While the COVID-19 vaccines continue to be remarkably effective in reducing risk of severe disease, hospitalization, and death, data from the U.S. and around the world show that a booster is required for some people to maintain the vaccine’s maximum effectiveness in preventing infection.

Based on data for each of the COVID-19 vaccines, the CDC recommends booster shots for some groups of people:

  1. Some Pfizer and Moderna recipients:
  • Adults age 65 and over, and those living in long-term care facilities, should get a booster.
  • Adults ages 50-64 at high risk of severe COVID-19 due to underlying medical conditions should get a booster.
  • Adults ages 18-49 at high risk of severe COVID-19 due to underlying medical conditions may get a booster, based on an assessment of their individual benefits and risks and consultation with their medical provider.
  • Adults age 18-64 for people whose jobs put them at high risk for COVID-19 may get a booster — including health care workers, teachers, daycare staff, grocery workers, and other essential workers, along with people in shelters and prisons.

The booster dose should be administered at least six months after the second Pfizer or Moderna dose, and any available COVID-19 vaccine can be administered as a booster regardless of the primary series. A half dose of the initial Moderna vaccine will be administered for the Moderna booster.

  1. All Johnson & Johnson recipients age 18 and older should get a booster at least two months after their initial shot. Any available COVID-19 vaccine (including Pfizer or Moderna) can be administered as a booster dose for Johnson & Johnson recipients.

Updated October 22, 2021

People with compromised immune systems may have a reduced ability to respond to vaccines, and having a weakened immune system can increase the risk of becoming severely ill from COVID-19. The CDC recommends that immunocompromised people who received the Pfizer or Moderna vaccine get an additional dose at least 28 days after their second shot.  All Johnson & Johnson recipients, including immunocompromised people, should get a booster shot at least two months after their initial shot.. Data show that an additional dose of the Pfizer or Moderna vaccines helps to increase protection for this group. 

Patients who are immunocompromised should consult with their health care provider to discuss additional precautions and any questions they have about protecting themselves from COVID-19.

Updated October 22, 2021

Yes. The CDC’s clinical guidance advises people to get the same booster as their initial vaccine, but allows people to mix and match if they have a different preference. Mixing and matching COVID-19 vaccines refers to getting a different COVID-19 booster than the initial vaccine (e.g. getting a Pfizer booster after the Moderna vaccine, or a Moderna booster after the J&J vaccine). People who are eligible can get a booster shot with any available COVID-19 vaccine, regardless of whether they received the J&J, Moderna, or Pfizer vaccine for their initial dose(s). 

If you have questions about your eligibility for booster doses or which booster you should get, speak to your health care provider.

Updated October 22, 2021

The FDA and CDC base their authorizations and recommendations on the latest data, updating their guidance as scientists and medical experts review evidence about COVID-19 immunity and each individual COVID-19 vaccine. These science-based recommendations help keep people safe, which is why CDC advises people against seeking booster doses if they are not in the recommended groups.

The COVID-19 vaccines continue to be remarkably effective in reducing fully vaccinated people’s risk of severe disease, hospitalization, and death. If you have questions about your risk of COVID-19, how to protect yourself from COVID-19, or about the vaccines, speak to your health care provider.

Updated October 22, 2021

FDA Approval

On August 23, the U.S. Food and Drug Administration (FDA) issued full approval to the Pfizer-BioNTech COVID-19 vaccine, which will now be marketed as Comirnaty. The FDA has been issuing Emergency Use Authorizations (EUA) for COVID-19 vaccines based on the urgent need created by the pandemic and the vaccine’s extensive safety and efficacy data. Topline messages to answer questions about FDA approval include:

  • FDA’s full approval of the first COVID-19 vaccine, which required additional safety and efficacy data beyond what was provided for the EUA, is an important milestone that should reassure anyone who has concerns about getting vaccinated. On top of the rigorous testing and trials that went into Emergency Use Authorization of the Pfizer vaccine, the FDA has now completed additional analysis of the effectiveness and safety data from tens of thousands of clinical trial participants, as well as the analysis of real-world safety data.
  • All of the COVID-19 vaccines authorized or approved in the U.S. are extremely safe and effective, based on extensive clinical trials and the fact that nearly 200 million Americans have received at least one shot.
  • With increasing rates of COVID-19 infection, hospitalization, and deaths across the country, it is more important than ever for all eligible people to get vaccines. All three vaccines work. They reduce the risk of getting COVID-19 and greatly reduce your risk of being hospitalized or dying.

Added August 23, 2021

Comirnaty is the new name for the Pfizer-BioNTech COVID-19 vaccine. Once a drug or other intervention receives FDA approval the manufacturer typically gives it a brand name, and Comirnaty is the brand name that Pfizer has chosen for its COVID-19 vaccine. It is the exact same vaccine as the one that was first authorized for use in December 2020, which we have come to know as the COVID-19 Pfizer vaccine, with the same high degree of safety and effectiveness.

Added August 23, 2021

FDA approval requires a rigorous and structured review process, and it means that a vaccine or drug has cleared every level of review. Compared to emergency use authorization, FDA approval of vaccines requires even more data on safety, manufacturing, and effectiveness over longer periods of time and includes real-world data. The FDA conducts its own analyses of the information included in an application for approval to make sure the vaccine is safe and effective and meets the FDA’s standards for approval.

Added August 23, 2021

On August 23, the FDA issued full approval to the Pfizer COVID-19 vaccine, now known as Comirnaty. The vaccine has been fully approved for use in individuals age 16 and older, with a two-dose regimen spaced at least three weeks apart. The full approval by the FDA means that the Comirnaty vaccine now has the same level of approval as other vaccines routinely in use in the U.S., such as vaccines for hepatitis, measles, chicken pox, and polio.

On top of the rigorous testing and trials that went into Emergency Use Authorization of the Pfizer vaccine, the FDA analyzed additional and follow-up data from the ongoing clinical trial to determine the safety and effectiveness of Comirnaty, including:

  • The analysis of effectiveness data from approximately 20,000 vaccine recipients and 20,000 placebo recipients age 16 and older, which found that overall, the vaccine was 91% effective, with 77 cases of COVID-19 occurring in the vaccine group and 833 COVID-19 cases in the placebo group.
  • The analysis of safety data in approximately 22,000 vaccine recipients and 22,000 placebo recipients age 16 and older. More than half of participants were followed to monitor safety for at least four months after the second dose; approximately 12,000 vaccine recipients have been followed for at least 6 months.
  • Rigorous evaluation of safety surveillance data regarding myocarditis and pericarditis. Data demonstrated an increased risk for vaccine recipients, which was higher in males under 40, particularly males 12-17. Comirnaty prescribing information will include information about this risk, and in addition to these analyses, the FDA is requiring the company to conduct postmarketing studies to further assess the risks of myocarditis and pericarditis in vaccinated individuals. It is important to note that reports of these complications are rare, and most patients who received care responded well to treatment.

The vaccine also continues to be available for adolescents age 12 through 15  and for the administration of a third dose in certain immunocompromised individuals (read more about booster doses here.)

Added August 23, 2021

Emergency use authorization (EUA) allows the FDA to authorize the use of yet to be approved drugs, or unapproved uses of approved drugs, for life-threatening conditions when there are no other adequate, approved, and available options and other conditions are met. In the case of COVID-19, the FDA issued EUAs for the Pfizer, Moderna, and Johnson & Johnson vaccines, and has now issued full approval for the Pfizer COVID-19 vaccine, now known as Comirnaty.

In an emergency when lives are at risk, like a pandemic, it may not be possible to have all the evidence that the FDA would usually have before approving a vaccine or drug. If there’s evidence that strongly suggests that patients have benefited from a treatment, the agency can issue an EUA to make it available. For the COVID-19 vaccines, FDA required two months of safety and efficacy data before the EUA was granted. That included clinical trials with tens of thousands of people and rigorous testing and review, and all the vaccines continue to be closely monitored. Compared to emergency use authorization, FDA approval of vaccines requires even more data on safety, manufacturing, and effectiveness over longer periods of time and includes real-world data.

Added August 23, 2021

Pfizer’s application for FDA approval was for use in individuals age 16 and older. The FDA issued the EUA for the Pfizer COVID-19 vaccine in December 2020, at which time this vaccine was authorized for use in individuals age 16 and older. In May 2021, based on extensive effectiveness and safety data in clinical trials of adolescents, the EUA was expanded to include those 12 through 15 years old. Pfizer plans to request full approval for this age group once it has collected and analyzed six months of safety data from clinical trial participants. The EUA remains in place for individuals age 12 through 15, and the CDC continues to recommend that all adolescents and adults age 12 and older get a COVID-19 vaccine.

Added August 23, 2021

For most people, getting the first available COVID vaccine is the best thing you can do to safeguard your health. If you have additional questions about which vaccine is best for you, check with your doctor.

All of the COVID-19 vaccines have been rigorously tested and reviewed, and are collecting data toward their application for full approval status. Before receiving EUA, all three vaccines underwent clinical trials with tens of thousands of people, and the FDA evaluated comprehensive data on their safety and effectiveness. All three showed excellent safety and effectiveness profiles, and now, hundreds of millions of vaccine doses in the U.S. and billions worldwide have been safely administered.

The Moderna and Johnson & Johnson vaccines will continue to be safely administered through emergency use authorization as the FDA reviews data about their real-world use. The Pfizer COVID-19 vaccine was the first vaccine to receive emergency authorization, which is why it is the first to have enough data to receive full approval. It does not mean anything about the safety and effectiveness of either the Moderna or Johnson & Johnson vaccine. Moderna has also submitted an application for full approval of its COVID-19 vaccine, and the FDA is currently reviewing that data.

August 23, 2021

Mask Guidance

Face masks help prevent the spread of COVID-19. Along with vaccination, mask-wearing continues to be an important part of the public health strategy to end the COVID-19 pandemic — especially when combined with other prevention strategies like social distancing and washing hands.

Because COVID-19 spreads from person to person via respiratory droplets, properly wearing a mask helps prevent the spread of the virus to others, and it also offers helps protects the mask-wearer.

A surgical mask is the most effective at preventing the spread of COVID-19. In absence of a surgical mask, a well-fitting cloth mask is also effective. A cloth mask should have two or more layers of washable, breathable fabric, fit tightly against the face, cover the nose and mouth, and have a nose wire to prevent air from leaking out the top of the mask.

People ages 2 and older should wear a mask in indoor public places if they are:

  • Not fully vaccinated
  • Fully vaccinated and in an area with substantial or high virus transmission
  • Fully vaccinated and have a weakened immune system
  • In any setting where mask use is required for everyone, regardless of vaccination status

Read the CDC’s Your Guide to Masks for more information about when and how to wear a mask, what kinds of masks there are, and other guidance. For more information about mask guidance in your area, consult your local health department.

Updated October 12, 2021

The COVID-19 vaccines are remarkably effective in reducing the risk of severe disease, hospitalization, and death, including against the delta variant. If you are fully vaccinated, you have a very low risk of contracting COVID-19 or spreading it to others. (Read more for messaging guidance on what it means to be “fully vaccinated.”) However, much of the nation continues to see substantial and high transmission of COVID-19, and in these areas, the CDC recommends that everyone, regardless of vaccination status, wears a mask in public, indoor settings to help prevent the spread of the virus.

There are a few other places where everyone should wear a mask, regardless of whether they are vaccinated: health care settings, public transportation, planes, shelters, K-12 schools, and correctional facilities. Regardless of vaccination status, people should follow local regulations and the requirements of businesses, workplaces, and schools — which may require masks.

While COVID-19 vaccines are highly effective, no vaccine provides 100% immunity. Data show that a small percent of vaccinated people can be infected by the delta variant in a breakthrough infection and transmit their infection to others. Fully vaccinated individuals may make the personal decision to continue to wear a mask based on their own risk assessment and preference. Those with certain medical conditions or who are immunosuppressed should consult their physicians regarding mask-wearing and other protective measures.

Updated October 12, 2021

Along with COVID-19 vaccination, mask-wearing can play an important role in ending the pandemic. Especially in schools where children under 12 can’t yet get vaccinated, masks are a critical line of defense against the spread of COVID-19.

Data show that wearing masks in schools is effective in preventing COVID-19 outbreaks and keeping children safe. A CDC study found that schools without mask requirements were 3.5 times more likely to have COVID-19 outbreaks than schools that started the fall 2021 school year with mask requirements. In another analysis of 520 U.S.counties, the CDC found that in places where schools did not have mask requirements, pediatric COVID-19 cases rose at a higher rate than in counties where schools do require masks.

Updated October 12, 2021

The authority for making mask requirements most often resides at the state and local level. The CDC issues recommendations and guidance to help inform policy decisions made at the local levels. Mask requirements often take into account local transmission levels of COVID-19, and may differ across businesses, employers, and schools.

Updated October 12, 2021

Public health officials and scientists are continuing to learn about how this virus spreads, how it affects different people, and how best to control it. As the science and the virus evolves, so do the policies and recommendations. Public health officials are committed to providing accurate and timely updated guidance when new information becomes available.

Updated October 12, 2021

Vaccines

The following messages can help you answer common questions about the COVID-19 vaccines. For more messaging guidance and vaccine communications resources, see below:

 

·       PHCC Messaging Resources

·       Changing the COVID Conversation: polling results and tested messaging produced by the de Beaumont Foundation, Frank Luntz, and Morning Consult

·       Vaccine Resource Hub: free resources to support individuals and organizations working to increase adult immunization across all communities, especially those experiencing racial and ethnic disparities (Partnership for Vaccine Equity, CDC, and CDC Foundation)

 

For more information about the vaccines and CDC recommendations, visit the CDC’s Clinical Resources for Each COVID-19 Vaccine.

The COVID-19 vaccines have received the most intense safety monitoring in U.S. history, which has allowed public health officials to make science-based recommendations that keep people safe.

All COVID-19 vaccines have been rigorously tested and reviewed. The vaccine’s clinical trials three-phase process was detailed and thorough, and no shortcuts were taken. More than 150,000 people participated in U.S. clinical trials of the vaccines, and now, hundreds of millions of vaccine doses in the U.S. have been safely administered. Data from trial will continue to be collected for two years after each vaccine is first administered to ensure that they are safe for the long term. As with all vaccines, there will be ongoing monitoring for adverse events among people who are vaccinated into the future.

Updated October 12, 2021

It may seem like the vaccines were developed quickly, but the process included rigorous safety reviews required for all new vaccines. The urgency of the pandemic created greater access to research funding, reduced bureaucratic obstacles, and encouraged unparalleled levels of government and industry cooperation. With these supports in place, scientists built upon previous work on coronavirus vaccines and on mRNA vaccine technology to develop these new vaccines quickly and effectively.

Updated October 12, 2021

In general, you are considered fully vaccinated for COVID-19 two weeks after you have received the second dose in a two-dose series (Pfizer-BioNTech or Moderna) or two weeks after you have received a single-dose vaccine (Johnson & Johnson).

As the science and the virus evolve, so does our understanding of what it means to be fully vaccinated.  Scientists and medical experts continue to closely watch for signs of waning vaccine immunity over time, how well the vaccines protect against new variants of the virus, and how that data differs across the population.

While additional or booster doses are recommended for some people, the CDC definition of what it means to be “fully vaccinated” has not changed at this time. More messaging guidance about booster doses can be found here.

Updated October 12, 2021

Not enough is yet known about how long immunity from natural COVID-19 illness might last, and evidence is emerging that vaccination provides protection even in people who have had COVID-19.

One study, for example, showed that unvaccinated people who have had COVID-19 are still twice as likely as vaccinated people to get COVID-19 again. For that reason, even if you have already had COVID-19, vaccination is an important step to protect yourself and those around you.

Updated October 12, 2021

While COVID-19 vaccines are highly effective, no vaccine provides 100% immunity. Because this is a new virus, scientists and medical experts continue to monitor how long immunity lasts, whether some groups may need additional doses, and how well the vaccines protect against new variants of the virus.

Data continue to show that the COVID-19 vaccines are extremely effective in protecting fully vaccinated people from catching and spreading the virus, including the delta variant. A small percentage of vaccinated people experience breakthrough cases, but they are much more likely to have milder symptoms than unvaccinated people with COVID-19.

Unvaccinated people continue to account for the vast majority of severe cases, hospitalizations, and deaths from COVID-19. CDC data show that in August 2021, the risk of dying from COVID-19 in the U.S. was more than 11 times greater for unvaccinated people compared to fully vaccinated people.

The risk of severe illness from COVID-19 is increased for some groups — including older adults, people with underlying medical conditions, immunocompromised people, and pregnant or recently pregnant people. If you have questions about your risk of COVID-19, how to protect yourself from COVID-19, or about the vaccines, speak to your health provider.

Updated October 20, 2021

The threat of COVID-19 is real and urgent, and getting vaccinated is the best way to protect yourself. Side effects to the COVID-19 vaccines are typically mild and subside in one to two days — like soreness in the arm, fatigue, headaches, or a slight fever.

The risk of having a serious adverse reaction to the COVID-19 vaccine is very low — far lower than the risk of contracting COVID-19. The CDC and FDA are closely monitoring vaccine outcomes to ensure safety.

If you have a question about the vaccines, talk with your healthcare provider.

Updated October 12, 2021

Emergency use authorization (EUA) allows the FDA to authorize the use of yet-to-be-approved drugs, or unapproved uses of approved drugs, often in emergency situations when there are no other prevention or treatment options. The FDA issued EUAs for the Pfizer, Moderna, and Johnson & Johnson vaccines, and has now issued full approval for the Pfizer COVID-19 vaccine.

In an emergency when lives are at risk, like a pandemic, it may not be possible to gather all the evidence that the FDA would usually require before approving a vaccine or drug. If evidence strongly suggests patients have benefited from a treatment, the FDA can issue an EUA to make it available to the public. For the COVID-19 vaccines, the FDA required two months of safety and efficacy data before the EUA was granted, including clinical trials with tens of thousands of people and rigorous testing and review. Compared to EUA, full FDA approval of vaccines requires even more data on safety, manufacturing, and effectiveness over longer periods of time. All the vaccines continue to be closely monitored.

The Pfizer COVID-19 vaccine was the first vaccine to have the necessary data to receive EUA, and it was the first to have enough data to receive full approval (read more about FDA approval here). Moderna has also submitted an application for full approval of its COVID-19 vaccine, and the FDA is currently reviewing those data. For the time being, the Moderna and Johnson & Johnson vaccines will continue to be safely administered through emergency use authorization.

Updated October 12, 2021

Children and Vaccinations

For additional information and guidance on children and vaccinations, read the American Academy of Pediatrics’ FAQ for parents and register for the Public Health Communications Collaborative next webinar, COVID-19 Vaccination and Children Answering Parents’ Questions.

Added June 14, 2021

Medical and public health experts, including the CDC and the American Academy of Pediatrics, recommend that children and adolescents 12 years of age and older get a COVID-19 vaccine to help protect them from contracting and spreading the virus. Children and adolescents are typically at lower risk than adults of becoming severely ill or hospitalized from COVID-19, but it is still possible. While most children with COVID-19 have mild or no symptoms, they can still spread the disease to others. COVID-19 has caused serious illness, complications, and even death in some children and teens, and those with underlying health conditions may be more likely to become severely ill.

Another important reason for children to get the COVID-19 vaccine is to protect their friends, family, and the broader community. And being vaccinated will allow kids to get back to the things they have missed: in-person school, playing with friends, and participating in sports activities. Vaccinated individuals have a very low risk of contracting COVID-19 or spreading it to others, which adds a layer of protection for unvaccinated individuals around them — such as younger siblings and other children who are not currently eligible. Additionally, as more and more people get vaccinated, the infection rate among the general population will continue to lower, decreasing the chance that the coronavirus will mutate into dangerous variants.

Added June 14, 2021

Yes. The FDA and CDC have carefully reviewed the clinical trials for Pfizer’s COVID vaccine, and it has been proven to be safe and effective for children 12 and older. Moderna has also applied for authorization for its vaccine for 12- to 15-year-olds, and that data is currently under review. Clinical trials are also underway regarding the potential use of these vaccines for children under 12.                                            

In addition, the vaccines are being closely monitored to ensure the safety of the vaccines for all eligible age groups.

Added June 14, 2021

Everyone 12 years and older is eligible now to get a COVID-19 vaccine to protect from contracting and spreading the virus and to help communities return to normal activities. The Pfizer vaccine, which was shown to be highly safe and effective for children during clinical trials, was authorized on May 10, 2021 for early teens, ages 12 to 15. It was previously authorized for everyone 16 and older. The Pfizer vaccine is a two-dose series; children are considered fully vaccinated two weeks after their second dose. Until children are fully vaccinated, they should continue to wear a mask in public indoor settings or when interacting in crowded settings, even outdoors, and when around people who don’t live in their household.

Currently, no COVID-19 vaccine is authorized for children younger than 12. Clinical trials to test the efficacy and safety of the vaccines in younger children are underway, and a vaccine for younger children could become available as early as this fall. Until a vaccine is available for younger children, children age 2 and older should wear masks in public indoor settings or when interacting in crowded settings, even outdoors, and when around people who don’t live in their household.

Added June 14, 2021

Children may experience mild side effects, such as soreness in the arm, fatigue, headache, or a slight fever, and most will pass in one to two days. These are signs that their body is building immunity, but even if they don’t experience any side effects, their immune system is still building protection against the virus. Serious side effects are rare and treatable.

Added June 14, 2021

If your child has a significant health issue – such as those resulting in a compromised immune system — check with their physician to determine if they should be vaccinated.

Added June 14, 2021

Vaccination requirements for public schools vary according to state laws, and that will likely be true for COVID-19 vaccines as well. All 50 states require certain immunizations — including tetanus, measles, polio, and chicken pox vaccinations — and some states have additional requirements. While many states and school districts have not yet announced their COVID-19 vaccination policies for the fall, requirements and/or recommendations will be issued at the state, local, and district levels as officials review guidance and as more children become vaccinated. Regardless of any requirement, all children who are eligible are encouraged to get the vaccine to protect themselves and others from catching and spreading the virus.

Added June 14, 2021

Providing the opportunity for kids to get exercise is as important as ever. In addition to promoting vaccination among eligible children and adolescents, there are important ways that leagues, players, and parents can protect families and communities and slow the spread of COVID-19. Participants should stay home if they’re sick, bring their own equipment to practice, maintain at least three to six feet of space from others, wear a mask if possible, and ensure proper hygiene. Leagues can also focus on lower-risk activities like outdoor skills-building and conditioning rather than running the risk of contact between players. Certain activities are also safer than others — like tennis, soccer drills rather than scrimmages, and passing and catching football drills. If your child is not fully vaccinated or not yet eligible to be vaccinated, the best way to limit your child’s risk from the coronavirus is by ensuring they wear a well-fitting mask, choose sports and activities with lower risk, and maintain social distance.

The risk of activities varies greatly depending on local community spread, so any decision about school sports should be made based upon the virus status locally. What may be considered moderate risk in some areas would be high risk in others. Professional leagues are different from high school and college athletics in many ways, most notably that they can keep their athletes in a bubble and oversee their other activities. By contrast, student athletes do not live in a bubble, which means they face increased risk for themselves, their family members, and their school’s students and staff. While many Americans enjoy watching and playing sports, we need to ensure we aren’t putting the health and safety of students, staff, families, and our community at risk.

Updated August 5, 2021

Schools and in-person learning

In-person learning is critical for the educational and social development of students of all ages. Ensuring that schools open and operate in a manner that prioritizes the health and safety of students, teachers, school staff, their families, and the community is a national priority.

In addition to following local and school requirements and getting vaccinated if eligible, children can protect themselves and others from contracting and spreading COVID-19 by wearing a well-fitting mask, washing their hands, social distancing, staying home if they are feeling sick, and getting tested if they were exposed to the virus or are symptomatic.

Updated October 12, 2021

The CDC recommends that all students, teachers, and staff at K-12 schools wear masks to protect children and the community against the spread of COVID-19. Along with COVID-19 vaccination, mask-wearing can play an important role in ending the pandemic. Especially in schools where children under 12 can’t yet get vaccinated, masks are a critical line of defense against the spread of COVID-19.

Data show that wearing masks in schools is effective in preventing COVID-19 outbreaks and keeping children safe. A CDC study found that schools without mask requirements were 3.5 times more likely to have COVID-19 outbreaks than schools that started the fall 2021 school year with mask requirements. In another analysis of 520 U.S. counties, the CDC found that in places where schools did not have mask requirements, pediatric COVID-19 cases rose at a  higher rate than in counties where schools do require masks.

Updated October 12, 2021

School policies, including COVID-19 guidance, are made at the state, local, district, and school levels. The CDC continues to recommend universal masking in K-12 schools, vaccination, distancing, ventilation, and other prevention strategies, and that additional measures be based on local vaccination and infection rates.

Updated October 12, 2021

Pregnancy + fertility

Yes. Based on data on the safety of COVID-19 vaccines during pregnancy, CDC is now recommending COVID-19 vaccination for all people who are pregnant, breastfeeding or trying to get pregnant now or in the future. Data show that pregnant and recently pregnant people are more likely to get severely ill if infected with COVID-19 compared with non-pregnant people, and the highly contagious delta variant makes it even more important for eligible people to get vaccinated.

The CDC’s recommendation, announced on August 11, is based on further evidence about the safety of COVID-19 vaccines and a new analysis of current data from the CDC’s v-safe pregnancy registry. In addition, the American College of Obstetricians and Gynecologists and other leading maternal health and public health organizations are “strongly urging” all pregnant individuals, and anyone planning to become pregnant, be vaccinated against COVID-19.

Added August 12, 2021

No. There is no evidence to show that getting a vaccine increases the risk of miscarriage.

There has been extensive safety monitoring of the COVID-19 vaccines, including analysis of vaccination during pregnancy. Specifically, studies show that the rate of miscarriage in the first 20 weeks of pregnancy in the general population is about 11-16%, and an analysis of safety monitoring data of people who received an mRNA COVID-19 vaccine showed a similar rate of 13%.In other words, being vaccinated with one of the currently available COVID-19 vaccines does not increase miscarriage risk; rather, it protects against the higher risk of serious illness if you are pregnant and become infected with the virus.

Added August 12, 2021

No. There is no evidence that fertility problems are a side effect of any vaccine, including COVID-19 vaccines.

Added August 12, 2021

Antibodies made after a pregnant person received an mRNA COVID-19 vaccine have been found in umbilical cord blood, which means that COVID-19 vaccination during pregnancy might help protect babies against COVID-19. Additionally, recent reports have shown that breastfeeding people who have received mRNA COVID-19 vaccines have antibodies in their breast milk, which could help protect their babies. In both of these cases, more data are needed to determine the level of protection these antibodies may provide to the baby and how long that protection would last.

Added August 12, 2021

Delta and other variants

Yes. Data show that the COVID-19 vaccines are extremely effective in protecting fully vaccinated people from catching and spreading the virus, including the delta variant. But it is critical that you are fully vaccinated to be protected.

New data is showing that a small number of vaccinated people can be infected by delta variant in a breakthrough infection and may be contagious, but these cases represent a very small amount of transmission occurring around the country.

Updated July 27, 2021

The delta variant is a naturally occurring mutation of the SARS CoV-2 virus, the virus that causes COVID-19. Data show that the delta variant is more contagious and spreads more easily than the original COVID-19 virus. The delta variant accounts for a growing proportion of new coronavirus cases across the U.S., and people infected with the delta variant are more likely to need hospitalization than those infected with earlier strains of the virus.

Added July 8, 2021

Johnson & Johnson vaccine

On July 12, the Food and Drug Administration announced it is adding a warning label to the Johnson & Johnson COVID-19 vaccine, noting increased risk of Guillain-Barré syndrome. Below are topline messages to guide your talking points, followed by more questions and answers about the Johnson & Johnson vaccine, including information about the rare blood clotting disorder on the vaccine’s warning label, and the safety of other vaccines.

On July 12, the Food and Drug Administration announced it is adding a warning label to the Johnson & Johnson COVID-19 vaccine, noting increased risk of a rare neurological syndrome called Guillain-Barré syndrome. The new warning label is based on preliminary data, after about 100 reports of GBS were detected in the Vaccine Adverse Event Reporting System, out of more than 12.8 million administered doses of the Johnson & Johnson vaccine administered.

The CDC continues to advise that everyone 12 years of age and older receive a COVID-19 vaccine. The risk of severe adverse events after any COVID-19 vaccination remains rare, far lower than adverse health outcomes associated with contracting COVID-19.

The CDC and FDA will continue to provide monitoring and treatment information to health care providers and vaccine recipients. Anyone with questions about which vaccine is best for them should speak to their healthcare provider.

Added July 13, 2021

On July 12, the Food and Drug Administration announced it is adding a warning label to the Johnson & Johnson COVID-19 vaccine, noting increased risk of Guillain-Barré syndrome (GBS). The FDA and CDC take vaccine safety very seriously, which is why all vaccines are closely monitored. The identification of any possible risks, like the low risks associated with the Johnson & Johnson vaccine, is a sign that the nation’s safety monitoring system for COVID vaccines is working.

  • About 100 reports of Guillain-Barré syndrome have been detected in the Vaccine Adverse Event Reporting System, out of 12.8 million administered doses of the Johnson & Johnson vaccine. GBS is a rare condition, and the risk of contracting it due to the J&J vaccine is very low.
  • The risk of severe adverse events after any COVID-19 vaccination remains very low, and far lower than adverse health outcomes associated with contracting COVID-19.
  • Data do not show any increased risk of GBS for the Pfizer or Moderna vaccines.
  • In the U.S., nearly all COVID-19 hospitalizations and deaths are now occurring in unvaccinated people. The CDC recommends that everyone age 12 years and older receive a COVID-19 vaccine.

Added July 13, 2021

The mRNA vaccines (Pfizer and Moderna’s COVID-19 vaccines) are not associated with increased risk for Guillain-Barré syndrome or for a rare blood clotting disorder that appear on the warning label for the Johnson & Johnson vaccine.

The identification of what is approximately a less than 2-in-a-million risk associated with the Johnson & Johnson vaccine is a sign that the nation’s safety monitoring system for COVID vaccines is working. After any vaccine is successful in clinical trials and approved for use, the FDA continues to monitor it for safety. The 10-day pause of the J&J vaccine in April 2021 allowed scientists to evaluate each incidence of the clotting disorder. They determined that the level of risk was very low and that the benefits of continued use of the J&J vaccine greatly outweighed any risk associated with it.

Updated July 13, 2021

The likelihood of the Guillain-Barré syndrome (GBS) resulting from the Johnson & Johnson vaccine is extremely low. The cases have largely been reported two weeks after vaccination and mostly in males, many age 50 years and older. Additional data that details the risk of incidence is forthcoming, but preliminary data is based on about 100 reports of GBS in the Vaccine Adverse Event Reporting System out of more than 12.8 million Johnson & Johnson doses administered. If you have questions about the J&J vaccine or other vaccines, talk to your healthcare provider.

Added July 13, 2021

In April 2021, the Johnson & Johnson vaccine was paused for 10 days while a CDC panel reviewed data concerning a very rare blood clotting disorder. The decision to lift the pause in April was based on the experts’ determination that the benefits of administering the vaccine greatly outweigh the very small degree of risk associated with its use. The risk of blood clotting is much higher for people who contract COVID than it is for people who receive the J&J vaccine.

Added April 24, 2021

The 10-day pause in April 2021 gave health officials time to review additional data to better understand the degree of risk associated with the Johnson & Johnson vaccine related to a blood clotting disorder. It also gave federal agencies and the medical community time to determine and share information on the most appropriate treatment response. During the pause, nine additional cases of the clotting disorder were identified, bringing the total number of known cases to 15 among the nearly 7 million people who received the vaccine.

The decision to lift the pause was based on the experts’ determination that the benefits of administering the vaccine greatly outweigh the very small degree of risk associated with its use, particularly now that the risk and treatment protocols are better understood. The risk of blood clotting is much higher for people who contract COVID than it is for people who receive the J&J vaccine.

Added April 24, 2021

The likelihood of the blood clotting disorder resulting from the Johnson & Johnson vaccine is extremely rare. The risk varies by age and gender. There have been fewer than 1 case per million for men and for women who are 50 years or older; the risk is estimated to be about 7 cases per million for women ages 18 to 49. If you have questions about the J&J vaccine or other vaccines, talk to your doctor.

Added April 24, 2021

If you received the Johnson & Johnson shot and within two weeks have not developed any of the side effects associated with Guillain-Barré syndrome – muscle weakness, tingling in hands and feet, difficulty catching your breath, or choking on saliva – the risk for an adverse reaction is very low.

The symptoms of the blood clotting disorder – severe headache or abdominal pain, shortness of breath, neurological symptoms, leg swelling – usually develop within three weeks of receiving the vaccine. If you are beyond the three-week mark, the risk of your developing an adverse reaction is very low. If you have questions or concerns, consult your doctor.

Updated July 13, 2021

For most people, getting the first available COVID vaccine is the best thing you can do to safeguard your health. Your odds of contracting a possibly life-threatening case of COVID-19 are much higher than your odds of experiencing serious side effects from the vaccine. For example, the risk of blood clots from COVID illness is 165,000 per million cases, which is much higher than the risk of the rare blood clotting disorder associated with the Johnson & Johnson vaccine. That said, Pfizer and Moderna vaccines are widely available. More than 90% of the fully vaccinated population in the U.S. has received the Pfizer and Moderna vaccine, with only about 8% having been vaccinated with the Johnson & Johnson vaccine.

If you have additional questions about which vaccine is best for you, check with your doctor.

Updated July 13, 2021

Pandemic fatigue

We understand that people are tired, but public health measures are not the enemy — they are the roadmap for a faster and more sustainable recovery. The pandemic has posed so many hardships, from the loss of loved ones, to job loss, to loneliness, to parenting in the context of virtual schooling. We’ve made progress in putting the pandemic behind us, but we risk the health of our communities and our economy if we declare victory too soon, particularly in the light of the high degree of contagiousness of the delta variant..

Many communities have made tremendous progress in protecting ourselves and our loved ones from COVID-19, but vaccination rates are still lagging in many communities. After months of decreasing in many places, COVID cases are increasing across the country, with infection rates highest in places where vaccination rates are low. The delta variant is roughly twice as contagious as the initial strain and is now the dominant strain in the U.S. and worldwide. Because of how contagious this variant is, it’s more important than ever for eligible adults and adolescents to get vaccinated, and for unvaccinated people to continue wearing a mask in public settings.

We’re all looking forward to a time when we can do all the things we love safely, and the way we get there is by getting vaccinated and following local guidelines.

Updated August 5, 2021

Trust in public health officials

For decades, the CDC has put its scientific expertise to work to protect Americans from infectious disease, chronic illness, and preventable injuries. Around the world, the agency is a trusted source for public health and health promotion guidance; the CDC’s career staff remain a respected and credible information source.

The CDC is at its best when its scientists are free to provide public health advice based on the best available data and free of any political or non-scientific considerations.

There’s no avoiding the fact that the COVID-19 pandemic has been extremely challenging for the entire country, including the CDC. There was an early misstep at the CDC with the initial development of a COVID-19 test. However, since then CDC has gathered and shared data on the pandemic’s impact, produced educational materials, distributed billions of dollars in grant funding to local, state, tribal, and territorial agencies, and supported essential services necessary for testing, contact tracing, and protection of the public.

During the initial response, the CDC did not have the central and visible roles in coordinating and messaging during the COVID-19 pandemic that it had during past infectious disease outbreaks, including malaria, HIV, H1N1, Ebola, and Zika. This lack of a central, public-facing role for the CDC impeded the federal response, contributed to mixed messaging on the optimal response to the pandemic, and delayed and sometimes distorted the guidance needed by the American public.

That has changed. The CDC has been empowered to take a central role in developing guidance and messaging and coordinating the national response. Everyone benefits when the CDC is allowed to do its job without interference and with regular, unfettered science-based messaging offered directly to the public and policymakers. Under the new leadership, the thousands of rank-and-file CDC employees scientists and public health experts dedicated only to the protection of the public are leading the day in and day out work necessary to fight the virus.

Going forward, the nation needs to ensure that science guides public health without any interference. When statements are made or policies suggested that are not grounded in science, public health experts need to continue to say so.

Updated May 7 , 2021

Public health officials are trained and experienced in responding to infectious disease outbreaks and life-threatening emergencies. They work closely with scientists and researchers to translate the latest findings into action with the express goal of keeping people as safe and healthy as possible.

Public health officials strive to be guided by science and independent of political or partisan considerations. The most effective way to address COVID-19 is to have state, local, and federal officials working in coordination and operating based on scientific guidance.

As always, the role of public health officials is to follow the science, develop programs and guidelines that protect health, advise elected officials, work with public and private sector partners, and keep the public informed.

updated November 3

Herd immunity

Herd immunity is achieved when a virus stops circulating because a large segment of the population has already been infected or has been vaccinated against the virus. Public health officials estimate that 70 to 85% of the population will need to be vaccinated before herd immunity is achieved. Until then, getting vaccinated and the 3 Ws – wearing a mask indoors (beyond your home), watching your distance, and washing your hands – are the best tools we have to stop the spread of the virus.

Updated May 7, 2021

Hospital shortages

The most serious potential shortage is for hospital intensive care capacity. The only way to prevent such shortages is to control the spread of COVID-19. In the last year, we have seen increased risk for shortages following unprecedented surge in cases, often after holidays or other moments of large gatherings. In those situations, patients may be at risk if the capacity of local hospitals to provide intensive care is exceeded by the number of patients needing that care. That’s why it is vital for us to work together and follow the latest public health guidance to prevent the spread of the virus.

updated February 24

Economy + jobs

Public health measures are not an obstacle to a return to normalcy, they are the roadmap to faster and sustained recovery. Americans are coping with job losses, school closures, social isolation, and fears around health and safety. Many people are frightened, angry, and frustrated. As public health officials, we share this frustration. We want the economy and our schools to open. At the same time, we want to protect our families, friends, and neighbors from the virus, and we know that if we don’t, there will be even worse consequences for the economy and for schools.

Nobody should have to decide between the health of their family and putting food on the table. The goal is both public health safety and economic security; the two are dependent on each other.

Updated May 7, 2021

Testing

Rapid antigen tests are relatively inexpensive and, with proper interpretation, can be used to quickly confirm a suspected case of COVID-19 in a clinical setting. However, these tests are less sensitive than the recommended RT-PCR tests and more likely to return a false negative. Because they are less sensitive, rapid tests perform best when the person is tested in the early stages of infection, when viral load is generally highest. There is limited evidence to confirm the efficacy of rapid antigen tests to detect or exclude COVID-19 in asymptomatic people accurately or determine whether a previously confirmed case is still infectious.

In short, rapid tests are useful for confirming infection in someone with symptoms. They are less reliable in screening of people who are asymptomatic.

Widespread testing is critical to identifying and forecasting outbreaks, conducting effective contact tracing, and preventing the spread of COVID-19. Anyone with signs or symptomsof COVID-19 should get tested, regardless of vaccination status or prior infection.

People who are not fully vaccinated and who have had close contact with an infected individual should get tested for COVID-19 regardless of symptoms. Fully vaccinated people with no COVID-19 symptoms do not need to get tested after close contact. People who have tested positive for COVID-19 in the past three months and recovered do not need to get tested following an exposure as long as they do not develop new symptoms.

Updated May 7, 2021

Treatment

Contact tracing

Vaccination is the most effective public health strategy to reduce the spread of COVID-19, and contact tracing is an important tool to prevent spread while we continue to increase vaccination rates. Contact tracing helps to control the spread of the virus by quickly identifying and informing people who may have been exposed to an infected person. If you contract COVID-19 or are exposed to COVID-19, cooperating with contact tracers will help prevent other people from getting sick.

Changes in official guidance

Safety guidance has changed as more has been learned about the virus and how to prevent its spread. The rate of virus spread in your local community, in addition to your individual health and vaccination status, will largely determine the safest options for you. Your local health department is an important source of COVID-19 information that’s specific to your community.

Updated May 7, 2021

We understand it is frustrating that guidance continues to change. It’s the job of public health officials to tell you what we know, when we know it, and guidance regarding COVID-19 has evolved as our understanding of the virus evolves.

Public health officials and scientists are continuing to learn about how this virus spreads, how it affects different people, and how best to control it. As knowledge evolves and scientists discover new information about COVID-19, public health officials are committed to providing accurate and timely guidance.

updated September 25

Data and reporting

Breakthrough COVID-19 cases are new infections in people who have already been fully vaccinated.

COVID-19 cases, hospitalizations, and deaths, as well as breakthrough infections, are tracked on a state-by-state basis. Many states monitor reports of breakthrough infections and report this information to CDC. However, this information is likely not complete because many breakthrough infections are mild or asymptomatic and therefore undiagnosed. States and CDC do investigate and track COVID hospitalizations and deaths in vaccinated people and this information is likely more accurate and a better measure of the risk of severe disease.

CDC data show that in August 2021, the risk of dying from COVID-19 in the U.S. was more than 11 times greater for unvaccinated people compared to fully vaccinated people, and the rate of hospitalizations associated with COVID-19 was 12 times higher among unvaccinated people.

Data continue to show that the COVID-19 vaccines are extremely effective in protecting individuals from catching and spreading the virus, but no vaccine provides 100% immunity. For the small percentage of vaccinated people who experience breakthrough cases, they are much more likely to be mild.

Updated October 20, 2021

COVID-19 remains a serious threat to public health, and there is no evidence that the reported number of COVID-19 deaths has been inflated. The CDC has tracked and reported COVID-19 fatalities from the start of the pandemic, with detailed data from the local and state level that originates with each individual death certificate. In fact, experts agree that the number of COVID deaths are probably undercounted because not everyone with COVID will have been tested and diagnosed.

The CDC’s report also gives a detailed account of something we’ve known since the beginning of the pandemic – having pre-existing conditions like diabetes, heart disease, or obesity greatly increases a person’s risk for life-threatening consequences from the infection. We also know that COVID-19 deaths can be caused by related complications, such as pneumonia or respiratory distress. The high rate of chronic illness in the U.S. (6 in 10 adults have a chronic disease) has contributed to the high number of COVID-19 deaths, but it is important to remember that even people with pre-existing conditions may have lived years longer if they had not been infected with COVID-19. For that reason, the cause of these deaths is COVID-19.

Updated August 9, 2021

Equity

Prevention and treatment of infectious and chronic disease for low-income people and communities of color is woefully insufficient in our country, and the COVID-19 pandemic has been no exception to that pattern.

In general, access to affordable health care services for these communities, including testing, has been more challenging than in white communities. Limited economic opportunity and substandard housing have led to higher rates of underlying chronic health conditions, making serious illness and death from COVID more likely among communities of color. In addition, people of color and lower-income Americans have also been disproportionately designated as essential workers during the pandemic, with fewer job protections, placing them at increased risk for exposure. They also tend to live in more densely populated neighborhoods, making social distancing difficult.

These circumstances are the results of our country’s long history of structural racism in housing, jobs, education and healthcare. Addressing this racism is not only critical to protecting communities of color from the impact of COVID, it is critical to address them to allow all people to lead healthy lives.

Seasonal flu

It is more important than ever to protect against influenza, which, like COVID-19, is a respiratory illness. Vaccination for the flu is critical to help reduce the overall impact of respiratory illnesses on the general population and lower the resulting burden on the healthcare system during the pandemic.

State + local response

National, state, local, tribal, and territorial health officials are all working hard to ensure the safety of their communities and the country as a whole. While federal public health experts can coordinate national response strategies, the impact of COVID-19 varies by state, city, county, village, and town. Local and state health officials have the best understanding of how the virus is impacting their immediate community, the level of community spread, community-specific risks, and who the community will trust to provide public health information. They use that understanding to adapt national guidelines for their communities.

U.S. response + infection rate

The COVID-19 pandemic has exposed the impact of chronic underfunding of America’s public health and emergency preparedness systems. More than 56,000 local public health jobs were eliminated between 2008 and 2017 — nearly one-quarter of the workforce. And in 2018, the White House Office of Global Pandemics was eliminated, leaving the country less prepared for pandemics like COVID-19. This chronic under funding has real consequences, as we’ve learned as health departments struggled to respond to the biggest public health crisis in a century with outdated technologies and inadequate staffing levels. Building and maintaining a public health system capable of effectively protecting and promoting health requires a significant increase in funding. This would be a wise investment considering the much higher costs of responding to uncontrolled epidemics.

[sp_faq category="83"]
[sp_faq category="83"]

Medical and public health experts, including the CDC and the American Academy of Pediatrics, recommend that children and adolescents 12 years of age and older get a COVID-19 vaccine to help protect them from contracting and spreading the virus. Children and adolescents are typically at lower risk than adults of becoming severely ill or hospitalized from COVID-19, but it is still possible. While most children with COVID-19 have mild or no symptoms, they can still spread the disease to others. COVID-19 has caused serious illness, complications, and even death in some children and teens, and those with underlying health conditions may be more likely to become severely ill.

Another important reason for children to get the COVID-19 vaccine is to protect their friends, family, and the broader community. And being vaccinated will allow kids to get back to the things they have missed: in-person school, playing with friends, and participating in sports activities. Vaccinated individuals have a very low risk of contracting COVID-19 or spreading it to others, which adds a layer of protection for unvaccinated individuals around them — such as younger siblings and other children who are not currently eligible. Additionally, as more and more people get vaccinated, the infection rate among the general population will continue to lower, decreasing the chance that the coronavirus will mutate into dangerous variants.

Added June 14, 2021

Yes. The FDA and CDC have carefully reviewed the clinical trials for Pfizer’s COVID vaccine, and it has been proven to be safe and effective for children 12 and older. Moderna has also applied for authorization for its vaccine for 12- to 15-year-olds, and that data is currently under review. Clinical trials are also underway regarding the potential use of these vaccines for children under 12.                                            

In addition, the vaccines are being closely monitored to ensure the safety of the vaccines for all eligible age groups.

Added June 14, 2021

Everyone 12 years and older is eligible now to get a COVID-19 vaccine to protect from contracting and spreading the virus and to help communities return to normal activities. The Pfizer vaccine, which was shown to be highly safe and effective for children during clinical trials, was authorized on May 10, 2021 for early teens, ages 12 to 15. It was previously authorized for everyone 16 and older. The Pfizer vaccine is a two-dose series; children are considered fully vaccinated two weeks after their second dose. Until children are fully vaccinated, they should continue to wear a mask in public indoor settings or when interacting in crowded settings, even outdoors, and when around people who don’t live in their household.

Currently, no COVID-19 vaccine is authorized for children younger than 12. Clinical trials to test the efficacy and safety of the vaccines in younger children are underway, and a vaccine for younger children could become available as early as this fall. Until a vaccine is available for younger children, children age 2 and older should wear masks in public indoor settings or when interacting in crowded settings, even outdoors, and when around people who don’t live in their household.

Added June 14, 2021

Children may experience mild side effects, such as soreness in the arm, fatigue, headache, or a slight fever, and most will pass in one to two days. These are signs that their body is building immunity, but even if they don’t experience any side effects, their immune system is still building protection against the virus. Serious side effects are rare and treatable.

Added June 14, 2021

If your child has a significant health issue – such as those resulting in a compromised immune system — check with their physician to determine if they should be vaccinated.

Added June 14, 2021

Vaccination requirements for public schools vary according to state laws, and that will likely be true for COVID-19 vaccines as well. All 50 states require certain immunizations — including tetanus, measles, polio, and chicken pox vaccinations — and some states have additional requirements. While many states and school districts have not yet announced their COVID-19 vaccination policies for the fall, requirements and/or recommendations will be issued at the state, local, and district levels as officials review guidance and as more children become vaccinated. Regardless of any requirement, all children who are eligible are encouraged to get the vaccine to protect themselves and others from catching and spreading the virus.

Added June 14, 2021

Providing the opportunity for kids to get exercise is as important as ever. In addition to promoting vaccination among eligible children and adolescents, there are important ways that leagues, players, and parents can protect families and communities and slow the spread of COVID-19. Participants should stay home if they’re sick, bring their own equipment to practice, maintain at least three to six feet of space from others, wear a mask if possible, and ensure proper hygiene. Leagues can also focus on lower-risk activities like outdoor skills-building and conditioning rather than running the risk of contact between players. Certain activities are also safer than others — like tennis, soccer drills rather than scrimmages, and passing and catching football drills. If your child is not fully vaccinated or not yet eligible to be vaccinated, the best way to limit your child’s risk from the coronavirus is by ensuring they wear a well-fitting mask, choose sports and activities with lower risk, and maintain social distance.

The risk of activities varies greatly depending on local community spread, so any decision about school sports should be made based upon the virus status locally. What may be considered moderate risk in some areas would be high risk in others. Professional leagues are different from high school and college athletics in many ways, most notably that they can keep their athletes in a bubble and oversee their other activities. By contrast, student athletes do not live in a bubble, which means they face increased risk for themselves, their family members, and their school’s students and staff. While many Americans enjoy watching and playing sports, we need to ensure we aren’t putting the health and safety of students, staff, families, and our community at risk.

Updated August 5, 2021